CyberPowder Fellows Program

CyberPowder 2025

We are pleased to announce that we are accepting applications for the 2025 CyberPowder Fellows Program. CyberPowder is an NSF-funded wireless networking hands-on training and research mentoring program for US-based graduate students. (NSF CyberTraining award number: 2417934)

The CyberPowder Fellows Program addresses the problem that wireless experimental research is inherently multidisciplinary, crossing the EE and CS divide; that wireless networking is undergoing rapid technology and regulatory change; and that today’s wireless testbeds are highly sophisticated, which also means they require significant training to use. The Program is led by three professors across EE and CS at the University of Utah, Neal Patwari, Robert Ricci and Kobus Van der Merwe, with support from the POWDER platform technical staff. The Program trains students across the wireless stack to perform wireless related research on POWDER, the world’s largest openly-accessible software-defined wireless testbed. POWDER is deployed across the University of Utah campus in Salt Lake City and remotely accessible from anywhere in the world.

The CyberPowder Fellows Program consists of:

Weekly research-focused online wireless networking training meetings from January-April, which are a combination of lecture and hands-on labs that fellows complete on the POWDER platform.
Engagement with fellows and their advisors on research ideation to support them in defining experimentation plans associated with their research objectives.
A week-long research exploration at the POWDER platform at the University of Utah campus in Salt Lake City, during which fellows will work with the platform and its elements and enact the experimental research plan they have defined.
Continued research support provided by the POWDER technical staff after the formal completion of the program.

Why should you apply?

If you are a graduate student with thesis research in wireless networking areas, e.g., radio propagation, wireless communications, spectrum sharing etc. (E.g., here is a list of published research that have used the POWDER platform.)
If you expect your research to be experimental (e.g., measurements, real world validation).
If you can commit to weekly class Zoom meetings (anticipated to be on Fridays from 10am-noon MT) and homework assignments during Jan-Apr 2025 and a one week visit to Salt Lake City, Utah (likely in April or May 2025).

The CyberPowder Fellows Program is free to the selected graduate student Fellows, including travel to Salt Lake City for the week-long research exploration.

How to apply:

Talk with your faculty research advisor – they will continue to mentor your PhD research, and coordinate with Profs. Patwari, Ricci and Van der Merwe and POWDER technical staff, to discuss your planned project during the entirety of the Fellows program. Depending on your advisor and home institution policies, you may be able to obtain independent study course credit for the CyberPowder Fellows Program.
Fill out the application. (We will follow up with your faculty research advisor for their agreement to have you participate.)

For full consideration please apply by November 29th 2024. Selected Fellows will be notified by December 10th 2024.

Important dates and planned timeline for 2025 CyberPowder Fellows Program:

Applications due: November 29th 2024
Faculty research advisor response due: December 6th 2024
Notification of selected Fellows: December 10th 2024
Online training sessions start (planned): Week of January 6th 2025
Online training sessions complete (planned): Week of April 21st 2025
In-person research exploration week at POWDER facility (planned): April - May 2025

Note that while the CyberPowder Fellows Program is primarily aimed at US based graduate students, we might be able to accommodate a small number of non-US students. (Such participants will not be eligible to receive travel funds.) Please contact us if you might be interested in this option.

Enquiries please email at: cyberpowder@powderwireless.net

Program Details

Online training program content (planned)

How to use the POWDER platform (2 weeks)

Platform introduction & concepts (Platform overview, experimental workflow, basic spectrum measurement experiments)
Resource reservations & profiles (How to reserve resources, how to create a profile)

Wireless networking & research fundamentals (6 weeks)

Wireless medium fundamentals & measurements (Power, path loss, multi-path, shadow fading, path loss measurement experiments)
Wireless communication fundamentals (Coding and modulation, modulation experiments)
Research evaluation & artifact creation (Using profiles for experimental repeatability)

Domain-specific building blocks (7 weeks)

Mobile networking (5G/6G networking, experiments with open source mobile stacks)
Open RAN (Near-realtime radio-intelligent-controller (RIC), non-realtime RIC, AI/ML applied to wireless networking )
Spectrum sharing and management (RF propagation analysis, spectrum sharing with active/passive spectrum users, experiments with OpenZMS)

Research ideation

CyberPowder staff will engage with Fellows and their advisors to understand their research objectives and support them in defining experimentation plans that will allow them to evaluate their research on POWDER.

We expect this phase to run in parallel with the online training activities, with a goal of having each Fellow define a specific experimentation plan before the in-person exploration event.

In-person research exploration

In-person research exploration will be a weeklong event at the POWDER facility on the University of Utah campus in Salt Lake City, Utah. Fellows will be reimbursed for travel, lodging and meals. (Details to be provided.)

The CyberPowder staff and POWDER platform staff will be available during this week to support Fellows with their exploration.

We are planning to have a demonstration session at the end of the week where Fellows will be able to present their experiments to invited guests.

Additional details to be provided...

CyberPowder Fellows Program - 2025